Heat pumps - technical characteristics by technology and climate

Source: Eurostat, Luxembourg

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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): European Union - 27 countries (from 2020)
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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): Euro area – 20 countries (from 2023)
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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): Belgium
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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): Bulgaria
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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): Czechia
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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): Denmark
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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): Germany
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Technical characteristics of plants: Installed thermal capacity / Heat pumps technologies: Aerothermal - air-air electrical - cold climate / Unit of measure: Gigawatt / Geopolitical entity (reporting): Estonia
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